FILIP1L cDNA ORF clone, Myotis brandtii(Brandt's bat)

Gene
Clones
gRNAs

Summary

Gene Symbol	FILIP1L
Entrez Gene ID	102249490
Full Name	filamin A interacting protein 1 like
Gene Type	protein-coding
Organism	Myotis brandtii(Brandt's bat)

mRNA and Protein(s)

mRNA	Protein	Name
XM_005861237.2	XP_005861299.1	filamin A-interacting protein 1-like

Pathways from BioSystems
Gene Ontology

The following FILIP1L gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the FILIP1L cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OMy38697	XM_005861237.2 Latest version!	Myotis brandtii filamin A interacting protein 1-like (FILIP1L), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

FILIP1L ( XM_005861237.2 ) cDNA ORF clone, Myotis brandtii(Brandt's bat) -> XP_005861299.1 Myotis brandtii filamin A interacting protein 1-like (FILIP1L), mRNA.

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CloneID	OMy38697
Clone ID Related Accession (Same CDS sequence)	XM_005861237.2
Accession Version	XM_005861237.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3393bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2015-11-03
Organism	Myotis brandtii(Brandt's bat)
Product	filamin A-interacting protein 1-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005355263.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process On Nov 4, 2015 this sequence version replaced XM_005861237.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Myotis brandtii Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGTTCCA GAAGCAGTGA CACAGAGGGC TCAGCCCTAA AGCAATTTCC AAGACATAGT 
AAAGACCACA GTTTCCAAGC ACCTGAAGAC ATGAAGCAGA AACAGCAAGA CAAAGACACT 
ACCAGCGAGT CAAATACAAT CCTTCTACAT TCTACATCAC ACAGTGGTAA TGGCCACCAA 
GGAAAAGACC TCTCAAGAGA TGACCTATTA TTTCTTCTAA GCATTCTGGA AGGAGAACTG 
CAGGCTCGAG ATGAAGTCAT AAGCATTTTA AAGGCTGAAA AAATGGACTT GGCTTTACTG 
GAAGCTCAGT ATGGGTTTGT CACTCCAAAA AAAGTGTTAG AGGCTCTTCA GCGAGATGCT 
TTCCAAGCCA AATCTGCCCC TTGGCAGGAC GACATCTATG AGAAACCAAT GACTGAGTTG 
GACAAAGTTG TGGAAAAACA TAAAGAATCT CACAGACGAA TTCTGAAACA GCTTTTAATA 
GTAGAAAAAT CTCATAGGCA AACCATATTG GAGTTAGAGG AAGAAAAGAG AAAACATAAA 
GAATACATGA AGAAGAGTGA TGAATTCATC AATTTACAAG AACAGGAAAT CGAAAGATTA 
AAGAAGCTGA TTGACCAAGA AACGGAATCC CAGGAGAAAA AGGAGCAAGA AAAGGAGAAG 
AGGGTCACCG CCTTGAAAGA GGAGTTGACC AAACTGAAGT CTTTTGCTTT GATGGTGGTA 
GATGAACAAC AAAGGCTGAC AGCACAGCTT GCCCTTCAAA GACAAAAAAT CCGAGACCTA 
ACCACAAGTA CGAAGGAAAC ACATGCTAAA CTAGCCCTTG CTGAAGCCAG AGTTCAGGAA 
GAAGAGCAGA AGGCAACCAG ACTAGAGAAA GAACTGCAAA CACAGACCAC AAAGTTTCAC 
CGGAACCAAG AAACAATTAT GGCGAAGCTC ACCAATGAGG ACAGCCAAAA TCGCCAGCTT 
CGCCAAAAGC TGGCAGCACT CAGCCGGCAA ATTGATGAGT TAGAAGAAAC GAACAGATCT 
TTACGAAAAG CAGAAGAGGA GCTCCAAGAT ATAAAAGAAA AAATCAACAA GGGAGAATAT 
GGAAACTCTG GTATCTTGGC CGAGGTGGAG GAGCTCAGGA AACGAGTGCT AGAAATGGAA 
GGGAAGGATG AAGAGCTCAT AAAAATGGAG GAGCAGTGCA GAGATCTCAA TAAGAGGCTC 
GAAAAGGAAA CATCACAGAG TAAAGACTTT AAACTCGAGG TTGAAAAACT CAATAAAAGG 
ATTATGGCTC TGGAAAAATT AGAAGATGCT TTCAACAAAA GCAAACAAGA ATGTTACTCT 
CTGAAATGCA ACTTAGAAAA AGAAAGGATG ACCACAAAGC AGCTGTCTCA AGAACTGGAG 
AGTTTAAAAG TAAGGATCAA AGAGCTAGAA GCCATTGAAA ATCGGCTGGA AAAGACAGAA 
TTCACCCTAA AAGAAGATTT AACTAAATTG AAAACATTAA CTGTGATGCT AGTAGATGAA 
CGGAAAACAA TGAGTGAAAA ATTAAAGCAA ACTGAAGATA AGTTACAAGC TGCTTCTTCT 
CAGCTTCAAG TGGAGCAAAA TAAAGTGACA ACGGTTACTG AGAAGTTAAT TGAGGAAACT 
AAAAGGGCAC TGAAGTCCAA AACTGATGTG GAAGAAAAAA TGTACAATAT AACCAAGGAG 
AGAGATGATT TAAAAAACAA ATTGAAAGCA GAAGAGGAGA AAGGAAATGA TCTCCTGTCC 
AAAGTTAATA TATTGAAAAA TAGGCTTCAA TCATTGGAAG CAGTAGAGAA AGATTTCCTA 
AAAAACAATT TAAATCAAGA TTCTGGTAAG TCCACAACAA CATTACACCA AGAAAACAAT 
AAGATTAAAG AGCTCTCTCA AGAAGTAGAA AAACTGAGAC TGAAGTTAAA GGATATGAAA 
GCCATTGAGG ATGACCTCAT GAAAACAGAA GATGAATACG AGACTCTAGA ACGAAGGTAT 
GCTAATGAAC GAGACAAAGC TCAATTTTTA TCTGAAGAGC TGGAACATGT TAAAATGGAA 
CTTGCCAAGT ACCAGTTGGC AGAAAAGACA GAGTCTAGCC ACGAACAATG GCTTTTCAAA 
AGGCTTCAAG AAGAAGAAGC TAAATCAGGG CACCTCTCAA GAGAAGTGGA GGCACTGAAA 
GAGAAAATTC ATGAATACAT GGCAACTGAG GACCTGATAT GTCACCTCCA GGGAGACCAT 
TCAGTCCTGC AAAAGAAACT CAATCAACAA GAAAACAGGA ACAGAGATTT AGGAAGAGAG 
ATTGAAAACC TCACTAAAGA GTTAGAGAGG TACCGGCATT TCAGTAAGAG TCTACGGCCT 
AGTCTCAACG GAAGAAAAAT CTCTGACCCT CAAGTGTTTT CTAAAGAAGT TCAAACAGAA 
GCAGCAGACA ATGAACCGCC TGATTACAAG AGTCTCATTC CTCTGGAACG GGCAGTCATC 
AATGGTCAGT TTTATGAGGA GACTGAGGAC CAGGAAGAGG ATCCGAATGA GGAGGAATCT 
GTGCTGTCCT TCAAGTGCAA CTCATCTACT CCCTGTCCTA TTAACAGGAA GCTATGGATT 
CCTTGGATGA AATCCAAGGA GGGCCATCCT CAGAATGGAA AAATACAAAC TAAACCCAAT 
GGCAACTTTG TACAACCTGG AGATCTAGTC CTAAGCCACA CGCCTGGGCA GCCACTTCAT 
ATAAAGGTTA CTCCAGACCA TATCCAAAAC ACAGCCACTC TTGAAATCAC AAGTCCAACC 
ACAGAGAGTC CTCACTCTTA CACAAGCACT GCAGTGATAC CAAACTGTGG CACCCCAAAG 
CAAAGGATAA CCATACTCCA GAACGCCTCC ATAACACCAG TGAAATCCAA AACCTCTGCC 
GAAGGCCTCA TGAATTTAGA GCAAGGCATG TCCCCAATTA CCATGGCAGC CTTTGCTAGA 
GCACAGACCC CGGAGTCTTG TGGTTCCATA ACTCCAGAAA GGACAATGTC ACCTATTCAG 
GTTTTGGCTG TGACTGGTTC AGCGAGCTCT CCTGAGCAGG GACGCTCCCC AGAGCCACTA 
GAAATCAGTG CCAAGCACGC GATTTTCAGA GTCTCTCCAG ACAGGCAGTC ATCATGGCAG 
TTTCAACGTT CAAACAGTAA TAGCTCAAGT GTGATAACTA CTGAGGATAA TAAAATCCAC 
ATTCACTTAG GAAGTCCTTA CATGCAAGCT GTAGCCAGCC CCGTGAGACC TGCCAGCCCT 
TCAACACCAC CGCAGGATAA CCGAACTCAA GGCATAACTA ATGGGGCACT AAACAAAACA 
ACCAATAAAG TCACCAGCAG TATTACTATC ACACCAACAG CCACACCTCT TCCTCGTCAA 
TCACAAATTA CAGTAAGTAA TATATATAAC TGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_005861299.1
CDS	117..3509
Translation	MRSRSSDTEGSALKQFPRHSKDHSFQAPEDMKQKQQDKDTTSESNTILLHSTSHSGNGHQGKDLSRDDLLFLLSILEGELQARDEVISILKAEKMDLALLEAQYGFVTPKKVLEALQRDAFQAKSAPWQDDIYEKPMTELDKVVEKHKESHRRILKQLLIVEKSHRQTILELEEEKRKHKEYMKKSDEFINLQEQEIERLKKLIDQETESQEKKEQEKEKRVTALKEELTKLKSFALMVVDEQQRLTAQLALQRQKIRDLTTSTKETHAKLALAEARVQEEEQKATRLEKELQTQTTKFHRNQETIMAKLTNEDSQNRQLRQKLAALSRQIDELEETNRSLRKAEEELQDIKEKINKGEYGNSGILAEVEELRKRVLEMEGKDEELIKMEEQCRDLNKRLEKETSQSKDFKLEVEKLNKRIMALEKLEDAFNKSKQECYSLKCNLEKERMTTKQLSQELESLKVRIKELEAIENRLEKTEFTLKEDLTKLKTLTVMLVDERKTMSEKLKQTEDKLQAASSQLQVEQNKVTTVTEKLIEETKRALKSKTDVEEKMYNITKERDDLKNKLKAEEEKGNDLLSKVNILKNRLQSLEAVEKDFLKNNLNQDSGKSTTTLHQENNKIKELSQEVEKLRLKLKDMKAIEDDLMKTEDEYETLERRYANERDKAQFLSEELEHVKMELAKYQLAEKTESSHEQWLFKRLQEEEAKSGHLSREVEALKEKIHEYMATEDLICHLQGDHSVLQKKLNQQENRNRDLGREIENLTKELERYRHFSKSLRPSLNGRKISDPQVFSKEVQTEAADNEPPDYKSLIPLERAVINGQFYEETEDQEEDPNEEESVLSFKCNSSTPCPINRKLWIPWMKSKEGHPQNGKIQTKPNGNFVQPGDLVLSHTPGQPLHIKVTPDHIQNTATLEITSPTTESPHSYTSTAVIPNCGTPKQRITILQNASITPVKSKTSAEGLMNLEQGMSPITMAAFARAQTPESCGSITPERTMSPIQVLAVTGSASSPEQGRSPEPLEISAKHAIFRVSPDRQSSWQFQRSNSNSSSVITTEDNKIHIHLGSPYMQAVASPVRPASPSTPPQDNRTQGITNGALNKTTNKVTSSITITPTATPLPRQSQITVSNIYN

Target ORF information:

RefSeq Version	XM_005861237.2
Organism	Myotis brandtii(Brandt's bat)
Definition	Myotis brandtii filamin A interacting protein 1-like (FILIP1L), mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_005861237.2

ORF Insert Sequence:

ATGCGTTCCA GAAGCAGTGA CACAGAGGGC TCAGCCCTAA AGCAATTTCC AAGACATAGT 
AAAGACCACA GTTTCCAAGC ACCTGAAGAC ATGAAGCAGA AACAGCAAGA CAAAGACACT 
ACCAGCGAGT CAAATACAAT CCTTCTACAT TCTACATCAC ACAGTGGTAA TGGCCACCAA 
GGAAAAGACC TCTCAAGAGA TGACCTATTA TTTCTTCTAA GCATTCTGGA AGGAGAACTG 
CAGGCTCGAG ATGAAGTCAT AAGCATTTTA AAGGCTGAAA AAATGGACTT GGCTTTACTG 
GAAGCTCAGT ATGGGTTTGT CACTCCAAAA AAAGTGTTAG AGGCTCTTCA GCGAGATGCT 
TTCCAAGCCA AATCTGCCCC TTGGCAGGAC GACATCTATG AGAAACCAAT GACTGAGTTG 
GACAAAGTTG TGGAAAAACA TAAAGAATCT CACAGACGAA TTCTGAAACA GCTTTTAATA 
GTAGAAAAAT CTCATAGGCA AACCATATTG GAGTTAGAGG AAGAAAAGAG AAAACATAAA 
GAATACATGA AGAAGAGTGA TGAATTCATC AATTTACAAG AACAGGAAAT CGAAAGATTA 
AAGAAGCTGA TTGACCAAGA AACGGAATCC CAGGAGAAAA AGGAGCAAGA AAAGGAGAAG 
AGGGTCACCG CCTTGAAAGA GGAGTTGACC AAACTGAAGT CTTTTGCTTT GATGGTGGTA 
GATGAACAAC AAAGGCTGAC AGCACAGCTT GCCCTTCAAA GACAAAAAAT CCGAGACCTA 
ACCACAAGTA CGAAGGAAAC ACATGCTAAA CTAGCCCTTG CTGAAGCCAG AGTTCAGGAA 
GAAGAGCAGA AGGCAACCAG ACTAGAGAAA GAACTGCAAA CACAGACCAC AAAGTTTCAC 
CGGAACCAAG AAACAATTAT GGCGAAGCTC ACCAATGAGG ACAGCCAAAA TCGCCAGCTT 
CGCCAAAAGC TGGCAGCACT CAGCCGGCAA ATTGATGAGT TAGAAGAAAC GAACAGATCT 
TTACGAAAAG CAGAAGAGGA GCTCCAAGAT ATAAAAGAAA AAATCAACAA GGGAGAATAT 
GGAAACTCTG GTATCTTGGC CGAGGTGGAG GAGCTCAGGA AACGAGTGCT AGAAATGGAA 
GGGAAGGATG AAGAGCTCAT AAAAATGGAG GAGCAGTGCA GAGATCTCAA TAAGAGGCTC 
GAAAAGGAAA CATCACAGAG TAAAGACTTT AAACTCGAGG TTGAAAAACT CAATAAAAGG 
ATTATGGCTC TGGAAAAATT AGAAGATGCT TTCAACAAAA GCAAACAAGA ATGTTACTCT 
CTGAAATGCA ACTTAGAAAA AGAAAGGATG ACCACAAAGC AGCTGTCTCA AGAACTGGAG 
AGTTTAAAAG TAAGGATCAA AGAGCTAGAA GCCATTGAAA ATCGGCTGGA AAAGACAGAA 
TTCACCCTAA AAGAAGATTT AACTAAATTG AAAACATTAA CTGTGATGCT AGTAGATGAA 
CGGAAAACAA TGAGTGAAAA ATTAAAGCAA ACTGAAGATA AGTTACAAGC TGCTTCTTCT 
CAGCTTCAAG TGGAGCAAAA TAAAGTGACA ACGGTTACTG AGAAGTTAAT TGAGGAAACT 
AAAAGGGCAC TGAAGTCCAA AACTGATGTG GAAGAAAAAA TGTACAATAT AACCAAGGAG 
AGAGATGATT TAAAAAACAA ATTGAAAGCA GAAGAGGAGA AAGGAAATGA TCTCCTGTCC 
AAAGTTAATA TATTGAAAAA TAGGCTTCAA TCATTGGAAG CAGTAGAGAA AGATTTCCTA 
AAAAACAATT TAAATCAAGA TTCTGGTAAG TCCACAACAA CATTACACCA AGAAAACAAT 
AAGATTAAAG AGCTCTCTCA AGAAGTAGAA AAACTGAGAC TGAAGTTAAA GGATATGAAA 
GCCATTGAGG ATGACCTCAT GAAAACAGAA GATGAATACG AGACTCTAGA ACGAAGGTAT 
GCTAATGAAC GAGACAAAGC TCAATTTTTA TCTGAAGAGC TGGAACATGT TAAAATGGAA 
CTTGCCAAGT ACCAGTTGGC AGAAAAGACA GAGTCTAGCC ACGAACAATG GCTTTTCAAA 
AGGCTTCAAG AAGAAGAAGC TAAATCAGGG CACCTCTCAA GAGAAGTGGA GGCACTGAAA 
GAGAAAATTC ATGAATACAT GGCAACTGAG GACCTGATAT GTCACCTCCA GGGAGACCAT 
TCAGTCCTGC AAAAGAAACT CAATCAACAA GAAAACAGGA ACAGAGATTT AGGAAGAGAG 
ATTGAAAACC TCACTAAAGA GTTAGAGAGG TACCGGCATT TCAGTAAGAG TCTACGGCCT 
AGTCTCAACG GAAGAAAAAT CTCTGACCCT CAAGTGTTTT CTAAAGAAGT TCAAACAGAA 
GCAGCAGACA ATGAACCGCC TGATTACAAG AGTCTCATTC CTCTGGAACG GGCAGTCATC 
AATGGTCAGT TTTATGAGGA GACTGAGGAC CAGGAAGAGG ATCCGAATGA GGAGGAATCT 
GTGCTGTCCT TCAAGTGCAA CTCATCTACT CCCTGTCCTA TTAACAGGAA GCTATGGATT 
CCTTGGATGA AATCCAAGGA GGGCCATCCT CAGAATGGAA AAATACAAAC TAAACCCAAT 
GGCAACTTTG TACAACCTGG AGATCTAGTC CTAAGCCACA CGCCTGGGCA GCCACTTCAT 
ATAAAGGTTA CTCCAGACCA TATCCAAAAC ACAGCCACTC TTGAAATCAC AAGTCCAACC 
ACAGAGAGTC CTCACTCTTA CACAAGCACT GCAGTGATAC CAAACTGTGG CACCCCAAAG 
CAAAGGATAA CCATACTCCA GAACGCCTCC ATAACACCAG TGAAATCCAA AACCTCTGCC 
GAAGGCCTCA TGAATTTAGA GCAAGGCATG TCCCCAATTA CCATGGCAGC CTTTGCTAGA 
GCACAGACCC CGGAGTCTTG TGGTTCCATA ACTCCAGAAA GGACAATGTC ACCTATTCAG 
GTTTTGGCTG TGACTGGTTC AGCGAGCTCT CCTGAGCAGG GACGCTCCCC AGAGCCACTA 
GAAATCAGTG CCAAGCACGC GATTTTCAGA GTCTCTCCAG ACAGGCAGTC ATCATGGCAG 
TTTCAACGTT CAAACAGTAA TAGCTCAAGT GTGATAACTA CTGAGGATAA TAAAATCCAC 
ATTCACTTAG GAAGTCCTTA CATGCAAGCT GTAGCCAGCC CCGTGAGACC TGCCAGCCCT 
TCAACACCAC CGCAGGATAA CCGAACTCAA GGCATAACTA ATGGGGCACT AAACAAAACA 
ACCAATAAAG TCACCAGCAG TATTACTATC ACACCAACAG CCACACCTCT TCCTCGTCAA 
TCACAAATTA CAGTAAGTAA TATATATAAC TGA